Network resources

This module provides students with the knowledge and skills to publish
resources, including shared folders and printers, in Active Directory directory
service. Publishing resources makes it easier for users to locate resources on a
network, and provides secure and selective publication of network resources to
users.

Module 13: Configuring availability of network resources and content. This module provides the information necessary to configure availability of network resources and content. This module also explains how to enable a shadow copy volume, which enables users to access previous versions of files and folders on a network. Finally, this module explains how failover clustering and Network Load Balancing can be used to facilitate greater data availability and workload scalability.

This module provides students with the knowledge and skills to share file
resources in a network by installing, configuring, and managing the Distributed
file system (Dfs).
In the hands -on lab in this module, students will have a chance to use Dfs to
share network resources.

In this handy, compact guide, you’ll explore a ton of powerful Ubuntu Linux commands while you learn to use Ubuntu Linux as the experts do: from the command line. Try out more than 1,000 commands to find and get software, monitor system health and security, and access network resources. Then, apply the skills you learn from this book to use and administer desktops and servers running Ubuntu, Debian, and KNOPPIX or any other Linux distribution.

Wireless sensor nodes are small, embedded computing devices that interface with sensors/
actuators and communicate using short-range wireless transmitters. Such nodes act
autonomously, but cooperatively to form a logical network, in which data packets are routed
hop-by-hop towards management nodes, typically called sinks or base stations. A Wireless
Sensor Network (WSN) comprises of a potentially large set of nodes that may be distributed
over a wide geographical area, indoor or outdoor

Grid Networks describes the convergence of advanced networking technologies and Grid technologies, with special focus on their symbiotic relationship and the resulting new opportunities. Grid technology is applicable to many implementations, Computational Grids, Data Grids, Service Grids, and Instrumentation Grids.
The authors cover a breadth of topics including recent research, featuring both theoretical concepts and empirical results. Beginning with an overview of Grid technologies, an analysis of distinguishing use cases and architectural attributes, and emerging standards.

The requirements for a network administrator have always been diverse. Get the users connected, make sure there’s enough bandwidth to run applications, keep the network secure, and so on.
When problems come up on a traditional network, the solutions have often been fairly straightforward. If users aren’t connected, you connect them. If there’s not enough bandwidth, you buy new equipment. If network resources are vulnerable, you introduce appliances and applications that provide enhanced security. It’s a pretty
tight loop of problems and solutions....

The iPhone and iPad have made a powerful impact on the business world. Developers creating iOS apps for the enterprise face unique challenges involving networking, system integration, security, and device management. This Wrox guide provides everything you need to know to write iOS apps that integrate with enterprise network resources, providing options for networking iOS devices to enterprise systems and to each other.

Development of packet-switched data communication networking
technologies has been rapid in recent years, a phenomenon made
possible by the open standardization process and the potential
new territories for intellectual property creation. As a consequence,
new ways of creating services have been devised, bringing more
flexibility as compared to traditional telecommunications schemes.

Exploring privacy risks in information networks is analysing the dangers and
hazards that are related to personal information about users of a network. It is
about investigating the dynamics and complexities of a setting where humans are
served by technology in order to exploit the network for their own good. In the
information network, malicious activities are motivated by commercial factors in
that the attacks to privacy are happening, not in the name of national security, but
in the name of the free market together with technological advancements.

Appendix A - Designing an acceptable use policy. This appendix provides information about creating policies for acceptable use of network resources by users. The following topics are covered in this module: Analyzing risks that users introduce, designing security for computer use.

This publication provides internetworking design and implementation information and helps you
identify and implement practical internetworking strategies that are both ﬂexible and scalable.
This publication was developed to assist professionals preparing for Cisco Certiﬁed Internetwork
Expert (CCIE) candidacy, though it is a valuable resource for all internetworking professionals. It is
designed for use in conjunction with other Cisco manuals or as a standalone reference.

This paper describes an architecture for differentiation of Quality of Service in heterogeneous wireless-wired networks. This architecture applies an “all-IP” paradigm, with embedded mobility of users. The architecture allows for multiple types of access networks, and enables user roaming between different operator domains.